阅读说明：本技术 一种集成卫生间排水系统 (Integrated bathroom drainage system ) 是由 林国强 邱寿华 于 2019-09-30 设计创作，主要内容包括：一种集成卫生间排水系统,由防水底盘、排水横支管、集成水封和排水立管组成；防水底盘由防水地面和防水挡条构成,防水地面分顶面和底面；防水挡条高出顶面、围绕顶面的边缘或接近顶面的边缘,与防水地面构成一体结构。至少有一个靠近防水挡条的防水地面上有地面排水口,地面排水口的排水出口连接排水横支管,排水横支管连接集成水封,集成水封连接排水立管。本发明能解决现集成卫生间排水系统需要卫生间结构降板或抬高、底盘容易产生渗漏、地漏水封容易干涸产生异味等问题,应用于建筑中无需降板或少降板并能改善卫生间卫生排水通畅性和卫生条件,杜绝防水底盘出现渗漏。(An integrated toilet drainage system comprises a waterproof chassis, a drainage transverse branch pipe, an integrated water seal and a drainage vertical pipe; the waterproof chassis consists of a waterproof ground and a waterproof barrier strip, and the waterproof ground is divided into a top surface and a bottom surface; the waterproof barrier strip is higher than the top surface, surrounds the edge of the top surface or is close to the edge of the top surface, and forms an integral structure with the waterproof ground. At least one waterproof ground close to the waterproof barrier strip is provided with a ground water outlet, the water outlet of the ground water outlet is connected with a horizontal drainage branch pipe, the horizontal drainage branch pipe is connected with an integrated water seal, and the integrated water seal is connected with a vertical drainage pipe. The invention can solve the problems that the prior integrated toilet drainage system needs a toilet structure to descend or raise, the chassis is easy to leak, the floor drain water seal is easy to dry and generate peculiar smell, and the like, is applied to buildings without descending the board or reducing the board, can improve the toilet drainage smoothness and sanitary conditions, and avoids the leakage of the waterproof chassis.)

1. An integrated toilet drainage system comprises a waterproof chassis (1), a drainage transverse branch pipe (2), an integrated water seal (3) and a drainage vertical pipe (4); the method is characterized in that: the waterproof chassis (1) is composed of a waterproof ground (5) and a waterproof barrier strip (6), and the waterproof ground (5) is divided into a top surface A and a bottom surface B; the thickness from the top surface A to the bottom surface B is less than 130mm, and the waterproof barrier strip (6) is higher than the top surface A, surrounds the edge of the top surface A or is close to the edge of the top surface A and forms an integral structure with the waterproof ground (5); at least one waterproof ground (5) close to the waterproof barrier strip (6) is provided with a ground water outlet (7), and the lowest surface of the upstream surface C of the ground water outlet (7) is lower than the top surface A of the waterproof ground (5) but higher than the bottom surface B; a drainage outlet (8) of the ground drainage port (7) is connected with the drainage transverse branch pipe (2), and the bottom of the ground drainage port (7) and a transverse pipe section of the drainage outlet (8) connected with the drainage transverse branch pipe (2) are not exposed out of the bottom surface B of the waterproof ground (5) within the edge of the bottom surface B of the waterproof ground (5); the drainage horizontal branch pipe (2) is connected with the integrated water seal (3), the difference between the lowest horizontal position m of the drainage horizontal branch pipe (2) and the highest water storage position n of the integrated water seal (3) is more than 10mm, the difference between the lowest horizontal position m of the drainage horizontal branch pipe and the horizontal bottom p of the integrated water seal (3) in a flow passage sealing mode is less than 450mm, the integrated water seal (3) is connected with the drainage vertical pipe (4), and the horizontal length between the highest water storage position n of the integrated water seal (3) and the inner wall of the drainage vertical pipe (4) is more than 10 mm; the upstream surface C of the ground water outlet (7) of the waterproof chassis (1) is U-shaped, and is partially or completely distributed in a strip shape around the waterproof ground (5) and close to the waterproof barrier strip (6).

2. An integrated toilet drainage system as claimed in claim 1, wherein: the waterproof chassis (1) consists of two blocks, the bottom of the upstream surface C of the ground water outlet (7) has a height drop from the distance close to the water outlet (8), and a floor drain cover plate (10) which can be separated from the upstream surface C is arranged above the upstream surface C; at least one waterproof chassis (1) is provided with a facing material (11) such as ceramic tiles or marble above the waterproof ground (5), and the floor drain cover plate (10) is lower than the upper surface of the facing material (11).

3. An integrated toilet drainage system as claimed in claim 2, wherein: wherein, a wastewater outlet (12) is arranged on one waterproof chassis (1), a drainage inlet (13) of the wastewater outlet (12) is higher than the waterproof ground (5) of the waterproof chassis, the bottom of the wastewater outlet (12) does not expose the bottom of the waterproof chassis, a drainage outlet (14) of the wastewater outlet (12) is connected with a wastewater transverse branch pipe (15), the wastewater transverse branch pipe (15) is directly connected with an integrated water seal (3) or is connected with a drainage transverse branch pipe (2) and then is connected with the integrated water seal (3) by the drainage transverse branch pipe (2), the horizontal lowest point of the wastewater transverse branch pipe (15) and the highest drop of water stored in the integrated water seal (3) are larger than 10mm, and the horizontal bottom inner wall of the sealed flow passage of the integrated water seal (3) is smaller than 450.

4. The integrated toilet drain system according to claim 3, wherein: wherein, a wastewater transverse branch pipe (15) or a drainage transverse branch pipe (2) which is connected with a drainage outlet (8) or a drainage outlet (14) of a waterproof chassis (1) or a wastewater drainage outlet (12) is clamped in a gap (9) of waterproof barrier strips (6) of two adjacent waterproof chassis and laid, the bottom of the wastewater transverse branch pipe (15) or the drainage transverse branch pipe (2) which does not exceed the bottom edge of the waterproof ground (5) of the waterproof chassis does not expose the bottom surface B of the waterproof chassis, or partially exposes the bottom surface B of the waterproof chassis, but has the height difference with the bottom surface B of the chassis smaller than 100 mm; have wet spacer sleeve (16) futilely on waterproof blend stop (6) on two adjacent waterproof chassis, the surface of wet spacer sleeve (16) futilely seals, and upper surface F exceeds waterproof blend stop (6) on two adjacent waterproof chassis, and the waterproof strip of wet spacer sleeve (16) both sides futilely is in the outside of the adjacent waterproof blend stop (6) in waterproof chassis, and the bottom E of waterproof strip is less than the top G of adjacent waterproof blend stop (6).

Technical Field

The invention relates to a drainage system, in particular to an integrated toilet drainage system.

Background

At present, the integrated toilet drainage system mainly comprises ground laying type same-layer drainage, different-layer laying type drainage and wall-clamping laying type same-layer drainage. The floor laying type same-floor drainage is realized, the drainage transverse branch pipe is laid under the waterproof chassis of the integrated toilet, the drainage transverse branch pipe needs to occupy the height space under the bottom surface of the waterproof chassis, and a hole penetrating through the waterproof chassis needs to be formed in the waterproof chassis, so that the waterproof chassis is easy to leak water, and the height space in the building is occupied by the drainage transverse branch pipe; the drainage is carried out in a different-layer laying mode, the drainage transverse branch pipe hole on the ground floor slab cannot be sealed after the waterproof chassis is installed, and water leakage and fire-fighting hidden danger are easily caused on the ground floor slab; when the wall-clamping laying type same-floor drainage is carried out, the drainage transverse branch pipe needs to occupy the building plane space. And a plurality of waste water drainage utensil trap sets up, and the easy water seal that does not use often is done futilely, and the room produces the peculiar smell and a plurality of water seals easily produce the jam, and it is difficult to overhaul after blockking up.

Disclosure of Invention

The invention aims to overcome the defects of the prior art, and provides a drainage transverse branch pipe which is used in a building toilet, in particular to a fabricated integrated toilet used in a building, the drainage transverse branch pipe does not need to occupy the high space of the building, does not need to occupy the plane space of the building, and can improve the utilization rate of the building space; the integrated water seal is used for solving the problem that the drainage is easy to block, and the problem that the toilet is easy to generate peculiar smell is solved, so that the toilet is not easy to block, generate peculiar smell and leak, and the integrated toilet drainage system is convenient to overhaul.

The invention relates to an integrated toilet drainage system which comprises a waterproof chassis 1, a drainage transverse branch pipe 2, an integrated water seal 3 and a drainage vertical pipe 4. The waterproof chassis 1 is divided into a waterproof ground 5 and a waterproof barrier strip 6. The waterproof ground 5 is divided into a top surface A and a bottom surface B, the thickness from the top surface A to the bottom surface B is less than 130mm, the thickness of the waterproof chassis 1 can be reduced as much as possible by the structure, and the waterproof chassis does not occupy the space of the height of a building; the waterproof barrier strip 6 is higher than the edge of the top surface A surrounding the top surface A or close to the edge and forms an integral structure with the waterproof ground 5. The structure enables the waterproof chassis 1 to have a waterproof effect, so that accumulated water collected in the waterproof chassis 1 cannot overflow out of the waterproof chassis 1, and a waterproof wallboard connected with the waterproof chassis 1 can be close to a structural wall as much as possible; at least one waterproof ground 5 close to the waterproof barrier strip 6 is provided with a ground water outlet 7, the lowest surface of the upstream surface C of the ground water outlet 7 is lower than the top surface A of the waterproof ground 5 and higher than the bottom surface B of the waterproof ground 5, and the drop height between the waterproof ground 5 and the upstream surface C of the ground water outlet 7 enables the accumulated water on the waterproof ground 5 to rapidly flow into the ground water outlet 7; the bottom surface of the ground water outlet 7 is higher than the bottom surface B of the waterproof ground 5, so that the ground water outlet 7 is not exposed out of the bottom surface B of the waterproof chassis 1 and does not occupy the space below the waterproof chassis 1, and a water discharge outlet 8 of the ground water outlet 7 is connected with the horizontal water discharge branch pipe 2, so that the horizontal water discharge branch pipe 2 is not arranged below the bottom surface B of the waterproof chassis 1, and the horizontal water discharge branch pipe 2 is laid without occupying the building height space; the bottom of the ground water outlet 7 and the pipe sections of the water discharge outlet 8 connected with the water discharge transverse branch pipe 2 are not exposed out of the bottom surface B of the waterproof ground 5, and the structure can ensure that the water discharge outlet 8 of the ground water outlet 7 is connected with the water discharge transverse branch pipe 2 and does not occupy the space of the bottom surface B of the waterproof chassis 1 together with the water discharge transverse branch pipe 2, so that the thickness of the waterproof chassis 1 is thinner, and the waterproof chassis 1 does not occupy the space of the building height; the drainage transverse branch pipe 2 is connected with the integrated water seal 3, the difference between the lowest transverse position of the drainage transverse branch pipe 2 and the highest water-storing point of the integrated water seal 3 is more than 10mm, and the difference between the inner wall of the transverse bottom closed by the flow passage of the integrated water seal 3 and the inner wall of the transverse bottom is less than 450mm, so that all communication passages on the waterproof chassis 1 connected with the drainage transverse branch pipe 2 can not generate accumulated water, and the structure is relatively dry, is not easy to generate a biological membrane and is not easy to generate peculiar smell; the fall from the waterproof ground 5 of the waterproof chassis 1 to the transverse bottom of the integrated water seal 3 is less than 450mm, so that not only can drainage on a circulation channel of the waterproof chassis 1 connected with the integrated water seal 3 not be easily silted up, but also the width and drainage section area of the circulation channel which is easily blocked in the integrated water seal 3 can be ensured, the whole drainage circulation channel is not easily blocked, and the fall from the waterproof ground 5 of the waterproof chassis 1 to the transverse bottom of the integrated water seal 3 is controlled, so that the integrated water seal 3 does not occupy the height space of a building; the transverse length of the highest position of the water storage of the integrated water seal 3, which is far away from the inner wall of the vertical drainage pipe 4, is more than 10mm and less than 800mm, so that the structure can ensure the width of a flow channel of the integrated water seal, ensure that the water seal is not easy to block, ensure that sewage in the vertical drainage pipe 4 cannot flow back into the integrated water seal 3, quickly discharge the drainage collected to the integrated water seal 3 into the vertical drainage pipe 4, and prevent the drainage from silting up; the integrated water seal 3 is communicated with the vertical drainage pipe 4, so that a drainage system communicated with the drainage outlet 8 of the waterproof chassis 1, the horizontal drainage branch pipe 2, the integrated water seal 3 and the vertical drainage pipe 4 is formed; the water inlet 7 of the ground water outlet is U-shaped, is close to the waterproof barrier strip 6 and is distributed around the waterproof barrier strip 6 locally or completely in a strip shape, the structure can enable the surface accumulated water in a wet area in the waterproof chassis 1 to rapidly enter the water outlet 8 through flowing to the nearest surface water inlet 7C of the ground water outlet, the accumulated water flow distance is shortened, the top surface A of the waterproof ground 5 of the waterproof chassis 1 does not need to be in a water drainage slope or reduce the slope, the thickness of the waterproof chassis 1 can be further reduced, and the utilization rate of the height space of a building can be further improved.

The integrated toilet drainage system is characterized in that the waterproof chassis 1 is composed of two independent bodies, the highest part to the lowest part of the bottom of the upstream surface C of the ground water outlet 7 is provided with a fall, the structural fall forms a gradient and can quickly discharge accumulated water flowing into the upstream surface C of the ground water outlet 7, when the fall edge forming the gradient winds around the waterproof chassis 1, the waterproof ground 5 of the waterproof chassis 1 is short from the upstream surface of the strip-shaped ground water outlet, and the accumulated water on the ground can be quickly discharged without or with less gradient; a floor drain cover plate 10 separated from the upstream surface C is arranged above the upstream surface C and can filter hairs and impurities; a waterproof floor 5 with a waterproof chassis 1 is provided with a decorative material 11 such as ceramic tiles, marble or artificial marble, and the floor drain cover plate 10 is lower than the upper surface of the decorative material 11.

The integrated toilet drainage system is characterized in that a wastewater drainage port 12 is arranged on one waterproof chassis 1, a drainage inlet 13 of the wastewater drainage port 12 is higher than the waterproof ground 5 of the waterproof chassis 1, the bottom part of the wastewater drainage port 12 is not exposed out of the bottom surface B of the waterproof chassis 1, the drainage inlet 13 of the wastewater drainage port 12 can be connected with drainage appliances such as a basin or a bathtub, and the bottom part does not occupy the bottom space of the waterproof chassis 1, so that the thickness of the waterproof chassis 1 is reduced, and the building height space is not occupied; a drainage outlet 14 of the wastewater drainage port 12 is connected with a wastewater transverse branch pipe 2, the wastewater transverse branch pipe 2 is directly connected with the integrated water seal 3, or the drainage transverse branch pipe 2 is connected with the integrated water seal 3; the integrated water seal 3 with the structure can be connected with a plurality of drainage appliances, and when any one appliance is used, the water seal can be supplemented with water, so that the integrated water seal 3 is not easy to dry up; the difference between the lowest point of the waste water transverse branch pipe 2 and the highest point of the water stored in the integrated water seal 3 is larger than 10mm, and the difference between the waste water transverse branch pipe 2 and the inner wall of the transverse bottom of the flow channel of the integrated water seal 3 is 450 mm.

The integrated toilet drainage system is characterized in that a drainage transverse branch pipe 15 or a drainage transverse branch pipe 2 connected with a drainage outlet 8 of a waterproof chassis 1 or a drainage outlet 14 of a drainage outlet 12 is laid in a gap 9 between two adjacent waterproof chassis 1, the bottom of the drainage transverse branch pipe 2 or the bottom of the drainage transverse branch pipe 15 which does not exceed the edge of the waterproof ground 5 does not expose the bottom surface B of the waterproof ground 5, or the bottom surface B of the waterproof chassis 1 is exposed but has a height difference with the bottom surface B smaller than 100mm, the structure can utilize a gap 9 between the two adjacent waterproof chassis 1 to lay the drainage transverse branch pipe 2 or the drainage transverse branch pipe 15, and the drainage transverse branch pipe 2 or the drainage transverse branch pipe 15 does not occupy the height and the plane space of a building. When the distance between the transverse inner wall of the integrated water seal 3 connected with the drainage transverse branch pipe 2 or the wastewater transverse branch pipe 15 and the bottom of the drainage transverse branch pipe 2 or the wastewater transverse branch pipe 15 is small, a laying mode that the bottom of the drainage transverse branch pipe 2 or the wastewater transverse branch pipe 15 is not exposed out of the bottom surface B of the waterproof chassis 1 can be adopted. When the distance between the transverse inner wall of the integrated water seal 3 and the bottom of the drainage transverse branch pipe 2 or the waste water transverse branch pipe 15 is large, the integrated water seal can be laid in a mode that the bottom of the drainage transverse branch pipe 2 is exposed out of the bottom surface B of the waterproof chassis 1 and the height difference between the bottom surface B and the bottom surface B is less than 100 mm. The cover has wet spacer sleeve 16 futilely on the waterproof blend stop 6 of two adjacent waterproof chassis 1, the upper surface F of wet spacer sleeve 16 futilely seals the waterproof blend stop 6 that is higher than two adjacent waterproof chassis 1, the waterproof strip cover of wet spacer sleeve 16 futilely is on the waterproof blend stop 6 that waterproof chassis 1 is adjacent, the bottom E of waterproof strip is less than the top G of waterproof blend stop 6, the waterproof strip of the both sides of wet spacer sleeve 16 futilely of this structure and upper surface form the whole cover of confined on the waterproof blend stop 6 of two adjacent waterproof chassis 1, the bottom E of waterproof strip is less than the top G of waterproof blend stop 6, form the waterproof between the waterproof chassis 1 between the wet isolation region futilely, make the water on the waterproof chassis 1 can not flow from adjacent clearance.

Drawings

FIG. 1 is a schematic view of the piping arrangement of the present invention (1);

FIG. 2 is a schematic view of the piping arrangement of the present invention (2);

FIG. 3 is a schematic view of the piping arrangement of the present invention (3);

FIG. 4 is a schematic view (1) of the arrangement of pipes in the gap between adjacent waterproof chassis according to the present invention;

FIG. 5 is a schematic view (2) of the arrangement of pipes in the gap between adjacent waterproof chassis according to the present invention;

FIG. 6 is a plan view of the piping arrangement of the present invention;

fig. 7 is a longitudinal sectional view of a U-shaped groove of the present invention.

Detailed Description

The invention is further described below, but not limited to, embodiments with reference to the drawings.